def get_supply(box, num_players, nC, nV):
"""
:param box: dictionary containing starting lists of action cards
:param num_players: number of players
:param nC: starting number of curse cards
:param nV: starting number of each victory card
:return: dictionary of 10 randomly selected action cards and a
prescribed amount of coin, victory, and curse cards (according
to this function)
"""
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
# The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - num_players * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def test_draw(self):
self.player = Dominion.Player("Annie")
# Clear the hand and deck completely
self.player.hand = []
self.player.deck = []
# The draw condition should work on 1 card
self.player.deck.append(Dominion.Estate())
self.player.draw()
# Our deck should now be empty, and our hand should have one card.
self.assertEqual(len(self.player.deck), 0)
self.assertEqual(len(self.player.hand), 1)
# Drawing from an empty deck will cause the deck to be replaced with the discard pile.
self.player.draw()
# We didn't have a discard pile, so the deck should still be empty.
self.assertEqual(len(self.player.deck), 0)
self.player.discard.append(Dominion.Cellar())
self.player.draw()
# Now the deck and discard should have zero cards, but the hand should have 2 cards
self.assertEqual(len(self.player.deck), 0)
self.assertEqual(len(self.player.hand), 2)
self.assertEqual(len(self.player.discard), 0)
def initSupply(box, player_names):
nC, nV = getCursesAndVictories(player_names)
#Pick 10 cards from box to be in the supply.
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
#The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
supply_order = {
0: ['Curse', 'Copper'],
2: ['Estate', 'Cellar', 'Chapel', 'Moat'],
3: ['Silver', 'Chancellor', 'Village', 'Woodcutter', 'Workshop'],
4: [
'Gardens', 'Bureaucrat', 'Feast', 'Militia', 'Moneylender',
'Remodel', 'Smithy', 'Spy', 'Thief', 'Throne Room'
],
5: [
'Duchy', 'Market', 'Council Room', 'Festival', 'Laboratory',
'Library', 'Mine', 'Witch'
],
6: ['Gold', 'Adventurer'],
8: ['Province']
}
return supply, supply_order
def setUp(self):
# Get player names
# player_names = ["Annie","*Ben","*Carla"]
self.player_names = testUtility.GetPlayers()
# number of curses and victory cards
if len(self.player_names) > 2:
self.nV = 12
else:
self.nV = 8
self.nC = -10 + 10 * len(self.player_names)
# Refactored Get boxs
self.box = testUtility.GetBoxes(self.nV)
# refactored supplu order
self.supply_order = testUtility.SupplyOrder()
# Pick 10 cards from box to be in the supply.
self.supply = defaultdict(list)
# The supply always has these cards
self.supply["Copper"] = [Dominion.Copper()]
self.supply["Silver"] = [Dominion.Silver()]
self.supply["Gold"] = [Dominion.Gold()]
self.supply["Estate"] = [Dominion.Estate()]
self.supply["Duchy"] = [Dominion.Duchy()]
self.supply["Province"] = [Dominion.Province()]
self.supply["Curse"] = [Dominion.Curse()]
# initialize the trash
self.trash = []
self.player = Dominion.Player('Annie')
def SetSupply(supply):
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
def addDefaultSupplyCards(supply, nV, nC, player_names):
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
def updateSupplyWithoutTreasure(supply, player_names, nV, nC):
supply["Copper"] = []
supply["Silver"] = []
supply["Gold"] = []
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
def generateSupplies(nV, nC, supply, player_names):
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def add_required_supplies(supply, nV, nC, player_names):
# The supply always has these cards
supply["Copper"]=[Dominion.Copper()]*(60-len(player_names)*7)
supply["Silver"]=[Dominion.Silver()]*40
supply["Gold"]=[Dominion.Gold()]*30
supply["Estate"]=[Dominion.Estate()]*nV
supply["Duchy"]=[Dominion.Duchy()]*nV
supply["Province"]=[Dominion.Province()]*nV
supply["Curse"]=[Dominion.Curse()]*nC
def SupplyBaseStart(supply, player_names, nV, nC):
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def supplyCards(nC, nV, player_names, supply):
#The supply always has these cards
supply["Copper"]=[Dominion.Copper()]*(60-len(player_names)*7)
supply["Silver"]=[Dominion.Silver()]*40
supply["Gold"]=[Dominion.Gold()]*30
supply["Estate"]=[Dominion.Estate()]*nV
supply["Duchy"]=[Dominion.Duchy()]*nV
supply["Province"]=[Dominion.Province()]*nV
supply["Curse"]=[Dominion.Curse()]*nC
def test_action_balance(self):
player = Dominion.Player('Annie')
# base deck has nothing to balance, expect 0
self.assertEqual(0, player.action_balance())
# add one action card to change the balance variable, which will change return value to non-zero
player.deck = [Dominion.Copper()] * 7 + [Dominion.Estate()
] * 3 + [Dominion.Thief()] * 1
self.assertIsNot(0, player.action_balance())
def addStandardCards(supply, numPlayers, nC, nV):
supply["Copper"] = [Dominion.Copper()] * (60 - numPlayers * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def GetStandardSupply(supply, player_names, nV, nC):
#The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def test_calcpoints(self):
player = Dominion.Player('Tony')
self.assertEqual(10, len(player.stack()))
# asserts the player has 3 points
self.assertEqual(3, player.calcpoints())
#adds an Estate victory card to deck and asserts player has 4 points
player.deck = player.deck + [Dominion.Estate()]
self.assertEqual(4, player.calcpoints())
def GetSupply(box, random10, player_names, nV, nC):
supply = defaultdict(list, [(k, box[k]) for k in random10])
# The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def update_supply(supply, num_victory, num_curses, num_players): """ Sets the supply of some of the items Modifies the given supply dict Nothing returned """ supply["Copper"] = [Dominion.Copper()] * (60 - num_players * 7) supply["Silver"] = [Dominion.Silver()] * 40 supply["Gold"] = [Dominion.Gold()] * 30 supply["Estate"] = [Dominion.Estate()] * num_victory supply["Duchy"] = [Dominion.Duchy()] * num_victory supply["Province"] = [Dominion.Province()] * num_victory supply["Curse"] = [Dominion.Curse()] * num_curses
def get_supply(box, player_names, nV, nC):
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def getSupply(nV, nC, player_names, box): # Pick 10 cards from box to be in the supply. boxlist = [k for k in box] random.shuffle(boxlist) random10 = boxlist[:10] supply = defaultdict(list, [(k, box[k]) for k in random10]) # The supply always has these cards supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7) supply["Silver"] = [Dominion.Silver()] * 40 supply["Gold"] = [Dominion.Gold()] * 30 supply["Estate"] = [Dominion.Estate()] * nV supply["Duchy"] = [Dominion.Duchy()] * nV supply["Province"] = [Dominion.Province()] * nV supply["Curse"] = [Dominion.Curse()] * nC
def test_draw(self):
player = Dominion.Player('Annie')
self.assertEqual(5, len(player.deck)) # starting deck size
self.assertEqual(5, len(player.hand)) # starting hand size
# test case for draw() method; increase hand and decrease deck
player.draw()
self.assertEqual(4, len(player.deck)) # deck size decreases 1
self.assertEqual(6, len(player.hand)) # hand size increases 1
# test case if deck is length 0, will replenish it with discard pile
player.discard = [Dominion.Copper()] * 7 + [Dominion.Estate()] * 3
player.deck = []
player.draw()
self.assertEqual(9, len(player.deck))
def init_supply(box, nV, nC, num_players):
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
#The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - num_players * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def getSupply(box, player_names):
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
#determine the victory and curse cards based on the number of players
nV = _getVictoryNum(player_names)
nC = _getCurseNum(player_names)
#add the treasure, victory and curse cards, the supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def test_gameover(self):
# set up data
self.set_up()
game_over = Dominion.gameover(self.supply)
self.assertEqual(False, game_over)
# set province cards to 0 sets gameover to true
self.supply["Province"] = [Dominion.Province()] * 0
game_over = Dominion.gameover(self.supply)
self.assertEqual(True, game_over)
# set three supply piles to empty sets gameover to true
self.supply = testUtility.getSupply(self.nV, self.nC,
self.player_names, self.box)
self.supply["Gold"] = [Dominion.Gold()] * 0
self.supply["Estate"] = [Dominion.Estate()] * 0
self.supply["Duchy"] = [Dominion.Duchy()] * 0
game_over = Dominion.gameover(self.supply)
self.assertEqual(True, game_over)
def create_supply(player_count):
box = create_box(player_count)
#Pick 10 cards from box to be in the supply.
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list,[(k,box[k]) for k in random10])
#The supply always has these cards
supply["Copper"]=[Dominion.Copper()]*(60-player_count*7)
supply["Silver"]=[Dominion.Silver()]*40
supply["Gold"]=[Dominion.Gold()]*30
supply["Estate"]=[Dominion.Estate()]*number_of_victory_cards(player_count)
supply["Duchy"]=[Dominion.Duchy()]*number_of_victory_cards(player_count)
supply["Province"]=[Dominion.Province()]*number_of_victory_cards(player_count)
supply["Curse"]=[Dominion.Curse()]*number_of_curse_cards(player_count)
return supply
def setUp(self):
self.player_names = testUtility.GetPlayers()
# number of curses and victory cards
if len(self.player_names) > 2:
self.nV = 12
else:
self.nV = 8
self.nC = -10 + 10 * len(self.player_names)
# Refactored Get boxs
self.box = testUtility.GetBoxes(self.nV)
# refactored supplu order
self.supply_order = testUtility.SupplyOrder()
# Pick 10 cards from box to be in the supply.
self.boxlist = [k for k in self.box]
random.shuffle(self.boxlist)
self.random10 = self.boxlist[:10]
self.supply = defaultdict(list,
[(k, self.box[k]) for k in self.random10])
# The supply always has these cards
self.supply["Copper"] = [Dominion.Copper()
] * (60 - len(self.player_names) * 7)
self.supply["Silver"] = [Dominion.Silver()] * 40
self.supply["Gold"] = [Dominion.Gold()] * 30
self.supply["Estate"] = [Dominion.Estate()] * self.nV
self.supply["Duchy"] = [Dominion.Duchy()] * self.nV
self.supply["Province"] = [Dominion.Province()] * self.nV
self.supply["Curse"] = [Dominion.Curse()] * self.nC
# initialize the trash
self.trash = []
self.name = "Blueberry"
self.actions = 3
self.coins = 10
self.player = Dominion.Player('Annie')
self.player2 = Dominion.Player('Carla')
def getSupply(box, player_names, nV, nC):
"""
Returns a randomized supply for the current game.
Takes in arguments the current box object, supply order,
and the number of Victory Cards and Curses in play.
"""
#Pick 10 cards from box to be in the supply.
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
#The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
return supply
def test_calcpoints(self):
self.player = Dominion.Player("Annie")
# Clear the hand and deck completely
self.player.hand = []
self.player.deck = []
self.assertEqual(self.player.calcpoints(), 0)
# Estates are worth one point
self.player.hand.append(Dominion.Estate())
self.assertEqual(self.player.calcpoints(), 1)
# Gardens count as a multiplier of points, but they are not relevant until you have at least 10 victory cards
self.player.hand.append(Dominion.Gardens())
self.assertEqual(self.player.calcpoints(), 1)
# Add more gardens, to get to the boundary of 10 victory cards
n = 0
while n < 8:
self.player.hand.append(Dominion.Gardens())
n += 1
# 1 point for the victory point + 1 point for (number of cards / 10) * 9 gardens = 10
self.assertEqual(self.player.calcpoints(), 10)
],
6: ['Gold', 'Adventurer'],
8: ['Province']
}
#Pick 10 cards from box to be in the supply.
boxlist = [k for k in box]
random.shuffle(boxlist)
random10 = boxlist[:10]
supply = defaultdict(list, [(k, box[k]) for k in random10])
#The supply always has these cards
supply["Copper"] = [Dominion.Copper()] * (60 - len(player_names) * 7)
supply["Silver"] = [Dominion.Silver()] * 40
supply["Gold"] = [Dominion.Gold()] * 30
supply["Estate"] = [Dominion.Estate()] * nV
supply["Duchy"] = [Dominion.Duchy()] * nV
supply["Province"] = [Dominion.Province()] * nV
supply["Curse"] = [Dominion.Curse()] * nC
#initialize the trash
trash = []
#Costruct the Player objects
players = []
for name in player_names:
if name[0] == "*":
players.append(Dominion.ComputerPlayer(name[1:]))
elif name[0] == "^":
players.append(Dominion.TablePlayer(name[1:]))
else:
# Get player names player_names = ["Isaac", "*Ben"] numPlayers = len(player_names) # number of curses and victory cards nV = testUtility.getNumVC(numPlayers) nC = testUtility.getNumCurses(numPlayers) # Define box box = testUtility.getBox(nV) supply_order = testUtility.getSupplyOrder() # Pick 10 cards from box to be in the supply. supply = testUtility.makeSupply(box, numPlayers, nV, nC) supply["Province"] = [Dominion.Estate()] * nV # initialize the trash trash = [] # Construct the Player objects players = testUtility.makePlayers(player_names) # Play the game testUtility.play(supply, supply_order, players, trash) # Final score testUtility.endGame(players)
import random
import testUtility
from collections import defaultdict
#Get player names
player_names = ["*Annie", "*Ben", "*Carla"]
#number of curses and victory cards
nV, nC = testUtility.victoryCurses(player_names)
#define boxes
box = testUtility.getBoxes(nV)
################################################################################## TEST INDICATOR
#introducing a duplicate for testing
box["Village"] = [Dominion.Estate()] * 10
supply_order = {
0: ['Curse', 'Copper'],
2: ['Estate', 'Cellar', 'Chapel', 'Moat'],
3: ['Silver', 'Chancellor', 'Village', 'Woodcutter', 'Workshop'],
4: [
'Gardens', 'Bureaucrat', 'Feast', 'Militia', 'Moneylender', 'Remodel',
'Smithy', 'Spy', 'Thief', 'Throne Room'
],
5: [
'Duchy', 'Market', 'Council Room', 'Festival', 'Laboratory', 'Library',
'Mine', 'Witch'
],
6: ['Gold', 'Adventurer'],
8: ['Province']
